I'm aware that I have 3 pending projects (ZPM Enhancements, Aharonov-Bohm Effect Research and QLED).
But my priorities has shifted temporarily.
Because of this situation (covid19 and economic crisis) the company I was working with lost a lot of clients including the one I was working for. This is what's happening when a company has weak clients.
I may need to find another company to work with which is difficult in this situation.
This means less time for experimenting. Sorry, I'm doing what I can.
I'm still present on the forum and following your progress.
Jagau, congratulations on your device, it's clearly over-unity and has great chances of becoming self-sustained if you find a way to replace the batteries with one or more capacitors.
"If you want to find the secrets of the universe, think in terms of
energy, frequency and
vibration."
Your ZPM coil is similar to a common-mode inductor. There is a relatively wide distance between the coil and the iron core. This distance allows the coil to release some magnetic leakage. I can't confirm the direction, but some magnetic leakage definitely exists! Does this magnetic leakage cause the perfect operation of ZPM?
嗨，斗士 Can you use mosfet to drive a single coil and display the waveform with an oscilloscope
Like using only the L or R coil ? Right now I'm very busy at work but I can try when I'll find some free time.
But I don't know how relevant it can be to test just half of the ZPM, as long as we don't have opposing magnetic fields at high frequency the device will not work anymore as it's working in what I presented.
嗨，斗士 Your ZPM coil is similar to a common-mode inductor. There is a relatively wide distance between the coil and the iron core. This distance allows the coil to release some magnetic leakage. I can't confirm the direction, but some magnetic leakage definitely exists! Does this magnetic leakage cause the perfect operation of ZPM?
It may be possible but I don't have any data and I don't have any equipment to confirm or deny the presence of magnetic leakage.
It is true the coils are not close to the core because of the plexiglass coil supports, they are at about 3 mm above the core (dimension encircled with red in the data for the coil supports):
But I don't know if the gap between the coils and the core has any role in the functionality, it's there just because of the plexiglass coil supports.
Regards,
Fighter
"If you want to find the secrets of the universe, think in terms of
energy, frequency and
vibration."
Recently Cd_Sharp asked me to perform the frequency sweep procedure using a resistive light bulb, not halogen light bulb like I previously used. You'll notice the process is still working but there is a big delay, basically when the resistive light bulb is on the signal generator already passed over the optimal frequency with a few hundreds KHz. So basically when you see the light bulb on and you freeze the frequency on the signal generator you actually passed over the optimum frequency and you need to go back manually a few hundreds KHz to find the optimum frequency again:
Conclusion: the frequency sweep procedure works with a resistive light bulb too but there is a big delay on how fast the light bulb reacts when reaching the optimum frequency. I'd recommend to use a halogen light bulb for the frequency sweep process, it's more precise. After finding the optimal frequency for your device then any kind of light bulbs can be used as loads on ZPM's output, doesn't matter if they are halogen or resistive. Of course when the load on ZPM's output is changed the working frequency should be slightly adjusted to a new optimal working frequency for the new load, it's the usual behavior of the ZPM.
"If you want to find the secrets of the universe, think in terms of
energy, frequency and
vibration."
@UndisclosedMember, I saw your video about ZPM replication. I added a comment to your video:
"Hi, could you make a video with the frequency-sweep procedure for your ZPM ? Use halogen light bulb for this procedure, it's more precise in detecting the optimal frequency. There could be many things, maybe it's because of the material of the core (not Metglas) or maybe as you said the 3 mm gap between the coils and the core has a role in how my ZPM is functioning. Let's see how frequency-sweep works with your device and what's its optimum frequency.".
Don't get discouraged just because it didn't worked in the first try.
You may create your own thread for your ZPM replication and present the tests, I'll try to assist as much as possible when I have some available time.
Regards,
Fighter
"If you want to find the secrets of the universe, think in terms of
energy, frequency and
vibration."
hi fighter， thanks for your encouragement! I tried to copy akula's device two years ago and now I start copying your zpm. It has been a failure, but I never gave up. I will continue to experiment. I think the working principle of high-power equipment and low-power equipment is the same. Akula is to let the BJT to release positive and negative pulses at the same time. I guess your zpm should be to let the coil release positive and negative pulses, and then generate a standing wave through the non-inductive coil, so as to achieve cop greater than 1. I found a lot of information on the Internet to prove my idea, and I will also shoot a detailed video. All texts are translated using Google, I hope you and others can understand it.
UndisclosedMember
posted this
16 September 2021
- Last Edited 17 August 2023
My computer has been flooded and has not been repaired ipad posting is not very familiar Sorry, the pictures I sent are all upside-down All text is translated by Google
@UndisclosedMember, please create a new thread (using the button "New Discussion") where you can post your replication data here: https://www.beyondunity.org/cat/devices/.
Regards,
Fighter
"If you want to find the secrets of the universe, think in terms of
energy, frequency and
vibration."
Even if the import of this thread is not complete I will continue the import as I'll find time.
For now I want to post some updates.
This weekend I took out from the boxes all the wires and my second ZPM and I put everything back on my experiments table but I didn't have time to organize for publishing the videos I recorded so I did it in this night.
First I just wanted to make sure everything still works:
Everything seems to be okay.
Then I checked something I wanted to check some time ago: I used the the tool I've built for my Aharonov-Bohm experiment to check the fields around ZPM but especially to confirm the presence of the standing waves on ZPM's output:
During the tests I found something very interesting about my replication of Jagau's Micro-Generator, while ZPM was running the Micro-Generator went crazy 😄
As a note: when I turn on the oscilloscope it seems to interfere with the Micro-Generator's functionality, it stops working. The cause is unknown for now.
It's true I saw it before blinking faster during rains or thunderstorms but I never saw it like this before:
We can see where ZPM is taking his extra-energy from. I don't think we're talking about just simply radio spectrum here.
ZPM's asymmetric and opposing magnetic fields at high frequency are disturbing the zero-point field. By disturbing the zero-point field, more energy becomes available in the area. Energy which the Micro-Generator is taking advantage of and it's harvesting it in the same time with the ZPM.
It's nice to see two totally different devices working together and using the same energy source (the zero-point field). ☺️
I used these videos in a bigger video I've made and uploaded on my channel about what happened in the past, how we've built our new platform here and about the the research our team is continuing here:
The ZPM enhancements research is resumed now and I'll continue it as I'll find time in parallel with other of my experiments (like the Aharonov-Bohm effect research) and replications related to SEC technologies presented by Jagau in his experiments.
Regards,
Fighter
"If you want to find the secrets of the universe, think in terms of
energy, frequency and
vibration."
